Webinar: Build Your Own Video Workflows Using the Latest AWS Solutions


Date: February 27, 2019 at 8am PT / 4pm GMT and a second session at 10am IST / 12:30pm SGT

Whilst The Broadcast Knowledge avoids product walkthroughs in favour of more educational videos and webinars, AWS is so large that, in some ways, just understanding it is helpful even if you don’t use it and the building blocks with which you build your systems is more or less replicated in other vendors’ platforms so it does pay to keep up. So here we have a webinar on the workflows you can build with AWS – and it’s on twice so you can’t use timezones as an excuse not to attend!

This webcast discusses how new video workflow solutions from AWS directly address the changes businesses are going through. Highlights include:

  • Fast and affordable media production and archiving
  • Accessible content lakes and more efficient supply chains
  • Upgrading viewer personalization through machine learning
  • Flexible transport of video content in the cloud
  • Advances in storage tiers and solutions

Register now!

Speakers

Aaron Tunnell Aaron Tunnell
Business Development Manager – M&E
AWS
Michael Callahan Michael Callahan
Head of Media Solutions Marketing
AWS

Video: Transforming production and broadcast with 5G


Date: 21st February 2019, 16:00 GMT plus

5G is the latest in a long line of mobile data protocols but comes with a key difference – that it can be used differently by businesses than consumers. In our case, this could mean a broadcaster can reserve bandwidth for remote productions (REMIs) as just one example.

This webinar looks at the real-world trials to make sense of the hype Vs reality bringing together experts on implementation and use of 5G from boundary-pushing BT Sport, the IRT research institute and ex-Nokia 4G & 5G strategist, Mario Nicolaou.

This webinar will explore a series of use cases for 5G with hands-on case studies, including:
– Enriching production and storytelling
– Revitalising newsgathering and live event coverage
– Blending broadcast and live data for mobile audiences in the European 5G-Xcast project

Register now!

Speakers

Dr Jordi Gimenez Dr Jordi Gimenez
Research Engineer,
IRT
Matt Stagg Matt Stagg
Director of Mobile Strategy,
BT Sport
Marios Nicolaou Marios Nicolaou
5G and digital transformation senior strategy advisor
Robert Ambrose Robert Ambrose
Managing Consultant,
High Green Media

Webinar: Network Timing in an IP Infrastructure


Time: 08:00 & 16:00 GMT, 20th February 2019

Peter Schut is back in the sixth webinar in Axon’s Broadcast IP 101 series, this time examining timing, namely PTP, for professional essence-over-IP systems such as based on SMPTE ST 2110.

Timing needs to be rock solid in studio settings where many signals are mixed together, so your PTP system needs to be too. SMPTE 2059-2 standardises the use of PTP timecode (IEEE 1588) in broadcast. It’s important to understand how master clocks and slave clocks work, plus there is talk of ‘transparent’ and ‘boundary’ clocks in switches. Getting the architecture right is key remembering that one important different between IP timekeeping and black and burst time keeping is that the communication is two-way.

Peter gives us the benefit of his experience and insight into getting timing right in two sessions, one morning, one evening.

Register now!

Speaker

Peter Schut Peter Schut
CTO
Axon

Video: AES67 Open Media Standard for Pro-Audio Networks

AES67 is a method of sending audio over IP which was standardised by the Audio Engineering Society as a way of sending uncompressed video over networks between equipment. It’s become widespread and is part of SMPTE’s professional essences-over-IP standards suite, ST 2110.

Here, Conrad Bebbington gives us an introduction to AES67 explaining why AES67 exists and what it tries to achieve. Conrad then goes on to look at interoperability with other competing standards like Dante. After going into some implementation details, importantly, the video then looks the ‘Session Description Protocol’, SDP, and ‘Session Initialisation Protocol’, SIP which are important parts of how AES67 works.

Other topics covered are:

  • Packetisation – how much audio is in a packet, number of channels etc.
  • Synchronisation – using PTP
  • What are SDP and SIP and how are they used
  • Use of IGMP multicast
  • Implementation availability in open source software

Watch now!

For a more in-depth look at AES67, watch this video

Speakers

Conrad Bebbington Conrad Bebbington
Software Engineer,
Cisco